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Commonly, microelectrodes used in microfluidics are made from copper, Au or Pt. They are difficult to fabricate and the cost is relatively high. Thus, we designed and fabricated a novel microelectrode made from silicon for it is cheap and easy to fabricate. It has been proven that cells can be manipulated by dielectrophoresis force producing on interdigitated electrodes. In addition, the direction...
We present the first single metal layer flexible microelectrode arrays designed for intraocular implantation that utilize parylene C as their primary structural and insulating material. These electrodes are fabricated as a key component of an intraocular retinal prosthesis comprising a radio-frequency coil for power and data transfer, a packaged high lead-count telemetry-recovery and driving application-specific...
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